surpass hit7035 r4.2 acceptance test manual

SURPASS hiT 70354.2

Acceptance Test Manual

Product code P42022-A5248-H420

© Nokia Siemens Networks 1 (73)

The information in this document is subject to change without notice and describes only the product defined in the introduction of this documentation. This documentation is intended for the use of Nokia Siemens Networks customers only for the purposes of the agreement under which the document is submitted, and no part of it may be used, reproduced, modified or transmitted in any form or means without the prior written permission of Nokia Siemens Networks. The documentation has been prepared to be used by professional and properly trained personnel, and the customer assumes full responsibility when using it. Nokia Siemens Networks welcomes customer comments as part of the process of continuous development and improvement of the documentation.

The information or statements given in this documentation concerning the suitability, capacity, or performance of the mentioned hardware or software products are given “as is” and all liability arising in connection with such hardware or software products shall be defined conclusively and finally in a separate agreement between Nokia Siemens Networks and the customer. However, Nokia Siemens Networks has made all reasonable efforts to ensure that the instructions contained in the document are adequate and free of material errors and omissions. Nokia Siemens Networks will, if deemed necessary by Nokia Siemens Networks, explain issues which may not be covered by the document.

Nokia Siemens Networks will correct errors in this documentation as soon as possible. IN NO EVENT WILL NOKIA SIEMENS NETWORKS BE LIABLE FOR ERRORS IN THIS DOCUMENTATION OR FOR ANY DAMAGES, INCLUDING BUT NOT LIMITED TO SPECIAL, DIRECT, INDIRECT, INCIDENTAL OR CONSEQUENTIAL OR ANY LOSSES, SUCH AS BUT NOT LIMITED TO LOSS OF PROFIT, REVENUE, BUSINESS INTERRUPTION, BUSINESS OPPORTUNITY OR DATA,THAT MAY ARISE FROM THE USE OF THIS DOCUMENT OR THE INFORMATION IN IT.

This documentation and the product it describes are considered protected by copyrights and other intellectual property rights according to the applicable laws.

The wave logo is a trademark of Nokia Siemens Networks Oy. Nokia is a registered trademark of Nokia Corporation. Siemens is a registered trademark of Siemens AG.

Other product names mentioned in this document may be trademarks of their respective owners, and they are mentioned for identification purposes only.

Copyright © Nokia Siemens Networks 2007. All rights reserved.

Fehler! Formatvorlage nicht definiert.

Statements of compliance

CE statement

The CE conformity declaration for the product is fulfilled when the system is built and cabled in line with the information given in the manual and the documentation specified within it, such as installation instructions, cable lists or the like. Where necessary project-specific documentation should be taken into consideration. Deviations from the specifications or independent modifications to the layout, such as use of cable types with lower screening values for example, can lead to violation of the CE protection requirements. In such cases the conformity declaration is invalidated. The responsibility for any problems which subsequently arise rests with the party responsible for deviating from the installation specifications.

Product code P42022-A5248-H420Issue 4.0

© Nokia Siemens Networks

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Certificate of Customer Acceptance

Project Name:

Country:

Customer:

Station:

Product Version: hiT7035 R4.2L4.xx

Number of Pages:

Remarks:

Customer Acceptance Engineer:

NOKIA SIEMENS Networks Engineer:

Date:

Sign for the customer: Sign for NOKIA SIEMENS Networks:

4 (73) © Nokia Siemens Networks


Issue 4.0

Summary of changes

Contents

1 Preface.......................................................................................9

2 Test Preparation.....................................................................102.1 Inventory List............................................................................102.1.1 Circuit Pack List of hiT7035......................................................102.1.2 Load number of hiT7035 and hiT7035 LCT.............................112.2 Tools and Test Equipment List..................................................11

3 Test result...............................................................................12

4 Acceptance test procedure...................................................144.1 Interface Test............................................................................144.1.1 Test of Battery Voltage.............................................................144.1.2 Check of the Management port................................................154.1.3 Function Test of User Channel (F1).........................................164.1.4 Function Test of EOW channels...............................................174.1.5 Function Test of MDI/MDO.......................................................184.1.6 E1 (75ohm) Cabling Test..........................................................194.1.7 E1 (120ohm) Cabling Test........................................................214.1.8 E3/DS3 Cabling Test................................................................234.1.9 STM-1E Cabling Test...............................................................244.1.10 STM-1 Optical Mean Launch Power.........................................264.1.11 STM-4 Optical Mean Launch Power.........................................274.1.12 STM-16 Optical Mean Launch Power.......................................294.1.13 STM-1 Optical Receive Power.................................................314.1.14 STM-4 Optical Receive Power.................................................334.1.15 STM-16 Optical Receive Power...............................................354.1.16 BOA Transmit Power................................................................374.1.17 POA Transmit Power................................................................384.1.18 Ethernet Performance Test – RFC2544 test for 8xFE/T..........404.1.19 Ethernet Performance Test – RFC2544 test for 8xFE/L2........454.1.20 Ethernet Performance Test – RFC2544 Test for 1xGE/T.........504.1.21 IMA Function Test....................................................................554.2 Network Test............................................................................564.2.1 Bit Error Test on E1 (12h).........................................................56



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4.2.2 Bit Error Test on E3 (12h).........................................................584.2.3 Bit Error Test on DS3 (12h)......................................................594.2.4 Bit Error Test on Line Side (12h, STM-1 trib)...........................614.2.5 Bit Error Test on Line Side (12h, STM-1E trib).........................624.2.6 Bit Error Test on Line Side (12h, STM-4 trib)...........................644.2.7 Bit Error Test on Line Side (12h, STM-16 trib).........................654.2.8 Packet Loss Test on Ethernet Card (12h, 8xFE/T)...................674.2.9 Packet Loss Test on Ethernet Card (12h, 8xFE/L2).................684.2.10 Packet Loss Test on Ethernet Card (12h, 1xGE/T Card).........70

Abbreviations............................................................................................72`



Issue 4.0

Summary of changes

Summary of changes

Re-issue date Reason Modified by Version

2007-7-13 Initial this document Wang Xiaowei 01

2007-7-24 Update RFC2544 reference results for 8xFE/T, 8xFE/L2 and 1xGE/T

Yan Junhua 02

2007-7-31 Add document part number Yan Junhua 03

2007-8-6 Add IMA test notes Yan Junhua 04



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1 Preface

The purpose of this manual is to provide the necessary test steps and their explanations for an acceptance test of hiT7035 R4.2.

The “System-acceptance” personnel of the customer and/or of the manufacturer will carry out the acceptance tests after installation and commissioning.

If the system user wishes to perform the acceptance test procedures, however, he must meet the following conditions:

Training as a service engineer or equivalent,

Sound knowledge of transmission technology,

Appropriate device-specific training by the device manufacturer providing him to get the required device and system knowledge for the planned activity,

PC operation knowledge,

Basic knowledge of handling components, which are sensitive to electrostatic discharges,

Knowledge of handling optical fibbers and laser light sources.



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2 Test Preparation

2.1 Inventory List

2.1.1 Circuit Pack List of hiT7035

Slot name CP Type CP Code S/N number

SC

PWR1

PWR2

CC1_LC

CC2_LC

LC1

LC2

LC3

LC4

LC5

LC6

LC7

LC8

LC9

LC10

LC11



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Slot name CP Type CP Code S/N number

IO1

IO2

IO3

IO4

IO5

IO6

IO7

ST-CLK

2.1.2 Load number of hiT7035 and hiT7035 LCT

hiT7035 NE Load

TNMS-M Surpass hiT7035 LCT Load

2.2 Tools and Test Equipment List

Equipment Type Recommendation Actual Type

Bit Error test set

SDH/PDH Analyzer Agilent Omni718 with STM-16/4/1 interface

IMA test set ATM Analyzer

Ethernet test set

IEEE802.3 data Analyzer

SmartBits 600 with FE module and GE module

Optical Power meter Range –40…+10dBm

Optical test set Cleaning material

Fiber cables According to the delivered cards

Multimeter Range 0-1000VAccuracy +/- 5%

ESD wristband



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3 Test result

Test Item Test result Memo

Pass Fail

Test of Battery Voltage

Communication Management Port

Function Test of EOW

Function Test of MDI/MDO

Cabling Test for Connected E1(75ohm) port

Cabling Test for Connected E1(120ohm) port

Cabling Test for Connected E3/DS3 port

Cabling Test for Connected STM-1E port

STM-1 Optical Mean Launch Power



STM-1 Optical Receive Power



Issue 4.0


Test Item Test result Memo

Pass Fail



Ethernet Performance Test-FE

BOA Transmit Power

POA Transmit Power

RFC2544 Test for 8xFE/T

RFC2544 Test for 8xFE/L2

RFC2544 Test for 1xGE/T

Bit Error Test on E1 (12h)

Bit Error Test on E3 (12h)

Bit Error Test on DS3 (12h)

Bit Error Test on Line Side (12h, STM-1 trib)

Bit Error Test on Line Side (12h, STM-1E trib)



Packet Loss Test on 8xFE/T (12h,)

Packet Loss Test on 8xFE/L2 (12h,)

Packet Loss Test on 1xGE/T (12h,)



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4 Acceptance test procedure

4.1 Interface Test

4.1.1 Test of Battery Voltage

4.1.1.1 Test Purpose:

To avoid damages caused by the DC voltage outside the specification, the voltage needs to be checked before the initial power up of the system.

4.1.1.2 Test Setup:

Connect Multimeter with Power Distribution Panel, located on the top of the rack

4.1.1.3 Test diagram:

NA

4.1.1.4 Recommended Test Analyzer:

Multimeter

4.1.1.5 Test procedure:

Use the Multimeter to check DC voltage at the Power Distribution Panel of the rack for both power supply feeders.

4.1.1.6 Expected Result:

-40V to –72V



Issue 4.0


4.1.1.7 Result Record

DC Voltage Comply with table above

Input1Complied Not Complied

Input2Complied Not Complied

4.1.1.8 Estimated Time consumption

0.1 hour

4.1.2 Check of the Management port


This test checks that the Management port is working correctly.

4.1.2.2 Test Setup:

Connect the Management port on the System Controller to a compatible 10 or 100Mbit Ethernet Interface. Use a cross over LAN cable for this connection.



1. Login to the NE with hiT7035 LCT;

2. Do some configurations via hiT7035 LCT.



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4.1.2.5 Expected result:

NE can be operated via LCT

4.1.2.6 Result Record:

Complied Not Complied


0.5 hour

4.1.3 Function Test of User Channel (F1)


This procedure tests that User-Channel (F1) is working correctly.

iiNote

This test is only done as field acceptance test if the User channel is used.

4.1.3.2 Test Setup:

1. Connect a SDH analyzer to one optical interface of NE;

2. Loop EOW port with a RJ45 connector.

3. RJ45 loop-connector should be made as the figure shown:



Issue 4.0




SDH Analyzer


1. Create OHCC to one line port such as STM-1 port by LCT.

2. Insert RJ45 loop-connector to EOW port.

3. Run overhead BER on SDH analyzer for 5 minutes.

4. Check for error free transmission at SDH analyzer.


The overhead BER should run error free


F1 Byte Complied Not Complied


0.5 hour

4.1.4 Function Test of EOW channels


This procedure tests that EOW-Channels (E1 and E2) are working correctly.

iiNote

This test is only done as field acceptance test if the User channel is used.



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EOWPort

Port

OW Port

Line Port

SDH AnalyzerLoop withRJ45connetor

R

RJ45

Connector

oop with RJ45 Connector

o Loop with RJ45 Connector

p with RJ45 Connector


4.1.4.2 Test Setup:

1. Connect EOW box to EOW port on NE;

2. Connect phone to EOW phone port.



1. Create OHCC to one line port such as STM-1 port by LCT.

2. Set phone number for every site.

3. Call each other.


Communication can be established.


E1 byte Complied Not Complied

E2 byte Complied Not Complied


1 hour

4.1.5 Function Test of MDI/MDO


This procedure tests that MDI/MDO function of NE is working correctly.



Issue 4.0

EOW Port

Line Port

Line Port

EOW Port

7035 Local Station 7035 Remote Station

EOW

BOX

EOW

BOX


iiNote

This test is only done, if MDI/MDO is connected to a distributor (external equipment).

4.1.5.2 Test Setup:

Connect hiT7035 MDI/MDO interface with a distributor (external equipment).

For MDI, the active voltage range is -18V ~ -75V.

For MDO, the active activity is shortcut.

4.1.5.3 Test Diagram:

NA


1. Configure MDI/MDO interface as required;

2. Check with test-equipment values on distributor.

For MDI, the active voltage range is -18V ~ -75V.

For MDO, the active activity is shortcut.

3. Additionally check alarms via hiT7035 LCT in MDI/MDO group.


1. Test-equipment values on distributor will be changed according to specification;

2. Alarms of hiT7035 NE will be changed according to the setting.


MDO Complied Not Complied

MDI Complied Not Complied


1 hour

4.1.6 E1 (75ohm) Cabling Test


This test gives the steps required to check the E1 (75ohm) port cabling of the hiT7035 63xE1 75ohm card.



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4.1.6.2 Test Setup:

1. Connect SDH/PDH Analyzer to the E1 port;

2. Loop Line port with external fiber, using a 10dB attenuator if needed.



SDH/PDH Analyzer


1. Create cross-connection from every E1 port to line port looped by external fiber;

2. Do a short (few seconds) bit error test with the SDH/PDH analyzer for all E1 ports;

3. Use PRBS15 for 2 Mbit/s tribs.


No bit errors.



Issue 4.0


4.1.6.7 Result record:



1 hour

4.1.7 E1 (120ohm) Cabling Test


This test gives the steps required to check the E1 (120ohm) port cabling of the hiT7035 63xE1 120ohm card.

4.1.7.2 Test Setup:

1. Connect SDH/PDH Analyzer to the E1 port;




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SDH/PDH Analyzer


1. Create cross-connection from every E1 port to line port looped by external fiber;

2. Do a short (few seconds) bit error test with the SDH/PDH analyzer for all E1 ports;

3. Use PRBS15 for 2 Mbit/s tribs.


No bit errors.




1 hour



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4.1.8 E3/DS3 Cabling Test


This test gives the steps required to check the E3/DS3 port cabling of the hiT7035 E3/DS3 card.

4.1.8.2 Test Setup:

1. Connect SDH/PDH Analyzer to the E3/DS3 port;




SDH/PDH Analyzer


1. Create cross-connection from every E3/DS3 port to line port looped by external fiber;

2. Do a short (few seconds) bit error test with the SDH/PDH analyzer for all E3/DS3 ports;



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3. Use PRBS23 for 34 Mbit/s and PRBS15 for 45 Mbit/s tribs.


No bit errors.




1 hour

4.1.9 STM-1E Cabling Test


This test gives the steps required to check the STM-1E port cabling of the hiT7035 STM-1E card.

4.1.9.2 Test Setup:

1. Connect SDH/PDH Analyzer to the STM-1E port;




Issue 4.0




SDH/PDH Analyzer


1. Create VC4 cross-connection from every STM-1E port to line port looped by external fiber;

2. Do a short (few seconds) bit error test with the SDH/PDH analyzer for all STM-1E ports;

3. Use PRBS23 for STM-1E test.


No bit errors.




1 hour



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4.1.10 STM-1 Optical Mean Launch Power


The test verifies that the optical mean launched power of STM1 port is within specification. The specification is based on the recommendations ITU-T G.957.

4.1.10.2 Test setup:

Connect Optical Power Meter to the optical output interface of STM-1.



Optical power meter


1. Disable Auto laser shutdown function of the appropriate STM-1 port;

2. Record value of optical transmit power.



Issue 4.0

PC/Laptop computer

STM -1optical.

Line

Line

MGMT Port

ODF

NE

Power Meter



SFP Type ITU Order number Mean launch power

1310 nm short haul S1.1 S42025-L5135–A1 -15dBm …. -8dBm

1310 nm long haul L1.1 S42025-L5134–A1 -5dBm …. 0dBm


1550 nm long haul V.1.2 S42025-L5149-A1 0dBm …. 4dBm


SlotMean launch Power in dBm Comply with table above

Port1 Port2 Port3 Port4




0.1 hour



The test verifies that the optical mean launched power of STM-4 port is within specification. The specification is based on the recommendations ITU-T G.957.





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Optical power meter





SFP Type ITU Order numberMean launch power




1550 nm long haul V4.2 S42025-L5148–A1 0dBm …. 4dBm



Issue 4.0








0.1 hour



The test verifies that the optical mean launched power of STM-16 port is within specification. The specification is based on the recommendations ITU-T G.957.





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Optical power meter





SFP Type ITU Order numberMean launch power

1310 nm short haul S16.1 S42025-L5129–A1 -5dBm …. 0dBm



1550 nm long haul V16.2 S42025-L5141–A1 -2dBm …. 3dBm

1550 nm long haul U16.2 S42025-L5142–A1 -2dBm …. 3dBm



Issue 4.0








0.1 hour

4.1.13 STM-1 Optical Receive Power


The test verifies that the optical receive power of STM1 port is within specification. The specification is based on the recommendations ITU-T G.957.


Connect STM-1 optical input to the optical power meter.



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Optical power meter


1. Disable Auto laser shutdown function of the appropriate STM-1 port on the remote station;

2. Record value of optical receive power in the table below.


SFP Type ITU Order number Receiving power




Issue 4.0



1310 nm long haul L1.1 S42025-L5134–A1 -34dBm …. -10dBm


1550 nm long haul V1.2 S42025-L5149-A1 -34dBm …. -10dBm


SlotReceive Power in dBm Comply with table above





0.1 hour



The test verifies that the optical receive power of STM-4 port is within specification. The specification is based on the recommendations ITU-T G.957.


Connect STM-4 optical input to optical power meter.



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Optical power meter









1550 nm long haul V4.2 S42025-L5148–A1 -34dBm …. -18dBm



Issue 4.0








0.1 hour



The test verifies that the optical receive power of STM-16 port is within specification. The specification is based on the recommendations ITU-T G.957.


Connect STM-16 optical input to optical power meter.



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Optical power meter






1310 nm short haul S16.1 S42025-L5129–A1 -18dBm …. 0dBm



1550 nm long haul V16.2 S42025-L5141–A1 -28dBm …. -9dBm

1550 nm long haul U16.2 S42025-L5142–A1 -28dBm …. -9dBm



Issue 4.0








0.1 hour

4.1.16 BOA Transmit Power


The test verifies that the BOA card transmit power.


Connect one optical card Tx into BOA Rx. If necessary, add an adjustable attenuator to make the received optical power of BOA card in the allowed range.



Optical power meter



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Line card

BOA

Tx

Rx

Tx

Attenuator

Optical power meter

Local station



1. Disable Auto laser shutdown function of the appropriate optical port on the local station;

2. Adjust the attenuator to make the received optical power of BOA is in range.

About input optical power range, please refer to the table list below:

BOA Type Optical power range

13dBm BOA-10dBm …. 3dBm



3. Record values of BOA launch power.


BOA Type Order number launch power

13dBm BOA S42024-L5465-A1 13dBm

15dBm BOA S42024-L5466-A1 15dBm

18dBm BOA S42024-L5467-A1 18dBm


BOA Type launch power

13dBm BOA

15dBm BOA

18dBm BOA


0.1 hour

4.1.17 POA Transmit Power


The test verifies that the POA card transmit power.



Issue 4.0



Connect one optical card Tx into POA Rx. If necessary, add an adjustable attenuator to make the received optical power of POA card in the allowed range.



Optical power meter


4. Disable Auto laser shutdown function of the appropriate optical port on the local station;

5. Adjust the attenuator to make the received optical power of BOA is in range.

About input optical power range, please refer to the table list below:

POA Type Optical power range

20dB POA -35dBm …. -15dBm

6. Record values of POA launch power.


BOA Type Order number launch power

20dB POA S42024-L5468-A1 -15dBm …. 5dBm



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Line card

POA

Tx

Rx

Tx

Attenuator

Optical power meter

Local station



POA Type launch power

20dB POA

4.1.18 Ethernet Performance Test – RFC2544 test for 8xFE/T


This test gives the steps required to measure the Ethernet performance of the 8xFE/T card of hiT 7035.


Connect the port1 and port2 of Data analyzer to port1 and port2 of FE card on local station.



Data Analyzer


Set up a 100M Ethernet traffic according to the test diagram, the step is as followed:

1. Create 46 VC12 cross-connection from Ethernet card FE port1 to CC_LC1 port.

2. Create 46 VC12 cross-connection from Ethernet card FE port2 to CC_LC2 port

3. Use fiber to connect CC_LC1 port and CC_LC2 port.



Issue 4.0


4. Confirm the traffic can transfer along FE1(local)CC_LC1 port(local) CC_LC2 port(local)FE2(local), and the reverse direction is as well.

5. Run the Data analyzer to measure the RFC2544.

4.1.18.6 Reference Result:

Throughput:

Frame Size Passed Rate (%) P1 to P2(pks /sec) Total

64 100 148810 148810

128 100 84459 84459

256 100 45290 45290

512 100 23496 23496

1024 100 11973 11973

1280 100 9615 9615

1518 100 8127 8127

1522 100 8106 8106

1536 100 8033 8033

Test duration (sec): 10 Number of trials: 1

Initial rate: 100 % Maximum rate: 100 %

Back-to-Back:

Frame Size Passed Rate (%) P1 to P2(Frames) Total

64 100 1488100 1488100

128 100 844590 844590

256 100 452900 452900

512 100 234960 234960

1024 100 119730 119730

1280 100 96150 96150

1518 100 81270 81270

1522 100 81060 81060

1536 100 80330 80330





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Latency

Frame Size Rate Tested (%) P1 to P2(us)-S&F Average

64 100 526.2 526.2

128 100 532.0 532.0

256 100 541.3 541.3

512 100 564.5 564.5

1024 100 606.4 606.4

1280 100 625.0 625.0

1518 100 640.7 640.7

1522 100 641.5 641.5

1536 100 641.9 641.9

Test duration (sec): 10 Number of pairs: 1


Frame Packet Loss:

Frame Size Rate Tested (%) P1 to P2 (%) Average

64 100 0.000 0.000

128 100 0.000 0.000

256 100 0.000 0.000

512 100 0.000 0.000

1024 100 0.000 0.000

1280 100 0.000 0.000

1518 100 0.000 0.000

1522 100 0.000 0.000

1536 100 0.000 0.000


Initial rate:100 % Maximum rate: 100 %



Issue 4.0



Throughput:

Frame Size

Passed Rate(%)

P1 to P2 (pks/sec)

Total Comply with table above

64 Complied Not Complied










Initial rate: 100.00% Maximum rate: 100.00%

Resolution rate: 1.00%

Back-to-Back:

Frame Size

Passed Rate(%)

P1 to P2 (Frames)
















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Latency

Frame Size

Rate Tested (%)

P1 to P2(us)-S&F

Average Comply with table above












Frame Packet Loss:

Frame Size

Rate Tested (%)

P1 to P2 (%) Average Comply with table above











Initial rate: 100% Maximum rate: 100%


4 hours



Issue 4.0


4.1.19 Ethernet Performance Test – RFC2544 test for 8xFE/L2


This test gives the steps required to measure the Ethernet performance of the 8xFE/L2 card of hiT 7035.


Connect the port1 and port2 of Data analyzer to port1 and port2 of FE card on local station.



Data Analyzer


Set up a 100M Ethernet traffic according to the test diagram, the step is as followed:

1. Configure both 8FE/L2 cards work on DoubleTag mode.

2. Configure LAN1 and LAN2 work on detag mode.

3. Configure WAN1 and WAN2 work on detag mode.

4. Configure both LAN1 and WAN1 with the same PVID such as 11, and in the same VLAN list 11.

5. Configure both LAN2 and WAN2 with the same PVID such as 22, and in the same VLAN list 22.

6. Create 46 VC12 cross-connection from Ethernet card WAN1 to CC_LC1 port.



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7. Create 46 VC12 cross-connection from Ethernet card WAN2 to CC_LC2 port.

8. Use fiber to connect CC_LC1 port and CC_LC2 port

9. Confirm the traffic can transfer along FE1(local)CC_LC1 port(local) CC_LC2 port(local)FE2(local), and the reverse direction is as well.



Throughput:


64 100 148810 148810

128 100 84459 84459

256 100 45290 45290

512 100 23496 23496

1024 100 11973 11973

1280 100 9615 9615

1518 100 8127 8127

1522 100 8106 8106

1536 100 8033 8033


Initial rate: 100 % Maximum rate: 100 %Back-to-Back:


64 100 1488100 1488100

128 100 844590 844590

256 100 452900 452900

512 100 234960 234960

1024 100 119730 119730

1280 100 96150 96150

1518 100 81270 81270

1522 100 81060 81060

1536 100 80330 80330





Issue 4.0


Latency


64 100 304.4 304.4

128 100 319.1 319.1

256 100 349.3 349.3

512 100 404.6 404.6

1024 100 528.4 528.4

1280 100 589.5 589.5

1518 100 647.8 647.8

1522 100 649.2 649.2

1536 100 650.4 650.4



Frame Packet Loss:


64 100 0.000 0.000

128 100 0.000 0.000

256 100 0.000 0.000

512 100 0.000 0.000

1024 100 0.000 0.000

1280 100 0.000 0.000

1518 100 0.000 0.000

1522 100 0.000 0.000

1536 100 0.000 0.000


Initial rate:100 % Maximum rate: 100 %



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Throughput:

Frame Size

Passed Rate(%)

P1 to P2 (pks/sec)














Throughput:

Frame Size

Passed Rate(%)

P1 to P2 (Frames)
















Issue 4.0


Latency

Frame Size

Rate Tested (%)

P1 to P2(us)-S&F













Frame Packet Loss:

Frame Size

Rate Tested (%)














4 hours



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4.1.20 Ethernet Performance Test – RFC2544 Test for 1xGE/T


This test gives the steps required to measure the Ethernet performance of the GE card (1xGE/T) of hiT 7035.


1. Connect the GE1 port of Data analyzer to GE card1 on local station.

2. Connect the GE2 port of Data analyzer to GE card2 on local station.

3. Use fiber to connect the line card ports. If necessary, use a attenuator.



Data Analyzer


Set up a GE Ethernet traffic according to the test diagram, the step is as followed:

1. Create 4 VC4 cross-connection from GE card1 port to CC_LC1 port.

2. Create 4 VC4 cross-connection from GE card2 port to CC_LC2 port.

3. Use fiber to connect CC_LC1 port and CC_LC2 port.

4. Configure the local station Ethernet card , then we can confirm the traffic can transfer along GE(local)CC_LC1 port(local)CC_LC2 port(local) GE(local).




Issue 4.0



Throughput:


64 68.85 1024590 1024590

128 64.91 548246 548246

256 62.44 282805 282805

512 61.29 144009 144009

1024 60.63 72590 72590

1280 59.96 57657 57657

1518 59.98 48752 48752

1522 60.00 48638 48638

1536 59.43 47746 47746



Back-to-Back:


64 100.00 29061 29061

128 100.00 16493 16493

256 100.00 9946 9946

512 100.00 5161 5161

1024 100.00 2336 2336

1280 100.00 1874 1874

1518 100.00 1583 1583

1522 100.00 1582 1582

1536 100.00 1565 1565





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Latency


64 60 60.7 60.7

128 60 62.7 62.7

256 60 65.7 65.7

512 60 67.5 67.5

1024 60 75.7 75.7

1280 60 80.6 80.6

1518 60 85.4 85.4

1522 60 86.0 86.0

1536 60 89.0 89.0



Frame Packet Loss:


64 60 0.000 0.000

128 60 0.000 0.000

256 60 0.000 0.000

512 60 0.000 0.000

1024 60 0.000 0.000

1280 60 0.000 0.000

1518 60 0.000 0.000

1522 60 0.000 0.000

1536 60 0.000 0.000





Issue 4.0



Throughput:

Frame Size

Passed Rate(%)

P1 to P2 (pks/sec)














Back-to-Back:

Frame Size

Passed Rate(%)

P1 to P2 (Frames)
















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Latency

Frame Size

Rate Tested (%)

P1 to P2(us)-S&F













Frame Packet Loss:

Frame Size

Rate Tested (%)














4 hours



Issue 4.0


4.1.21 IMA Function Test


The test verifies that the IMA basic function.


Connect the ATM analyzer 155M optical port to IMA IO port 1. Use fiber to loop the line card such as STM-1 port.

Notes: Please restart the correlative IMA group, after the loop is removed.



ATM analyzer


1. Assign an IMA group with 8 links.

2. Create a point to point VP/VC connection between IMA group and IMA uplink. Such as IMA group related VPI/VCI is 255/300; IMA uplink related VPI/VCI is 255/400

3. Create VC-12 cross connections between the IMA group related 8 IMA E1 ports and line card stm-1 port.

4. Set up an ATM stream with VPI/VCI 255/400 on ATM analyzer, and run with 16M bandwidth.



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Traffic is error free.




30minutes

4.2 Network Test

4.2.1 Bit Error Test on E1 (12h)


This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Bit error measurement of E1 (12hours)

4.2.1.2 Test Setup:

1. Connect SDH/PDH Analyzer with hiT7035 E1 port on Local station;

2. Loop E1 port with external cable on remote station.



Issue 4.0




SDH/PDH Analyzer


1. Create a VC12 level cross-connection from an appropriate E1 port to the Line side on local station and remote station. A chain of more than one Multiplex-section in line- or ring configuration is possible;

2. Do a bit error-measurement with the SDH/PDH analyzer and perform a bit error-measurement with an injected payload of 2MBit/s during 12h (PRBS15).

4.2.1.6 Expected Result

Error free.




13 hours



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4.2.2 Bit Error Test on E3 (12h)


This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Bit error measurement of E3 (12hours)

4.2.2.2 Test Setup:

1. Connect SDH/PDH Analyzer with hiT7035 E3 port on Local station;

2. Loop E3 port with external cable on remote station.



SDH/PDH Analyzer


1. Create a VC3 level cross-connection from an appropriate E3 port to the Line side on local station and remote station. A chain of more than one Multiplex-section in line- or ring configuration is possible;




Issue 4.0



Error free.




13 hours

4.2.3 Bit Error Test on DS3 (12h)


This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Bit error measurement of DS3 (12hours)

4.2.3.2 Test Setup:

1. Connect SDH/PDH Analyzer with hiT7035 DS3 port on Local station;

2. Loop DS3 port with external cable on remote station.



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SDH/PDH Analyzer


1. Create a VC3 level cross-connection from an appropriate DS3 port to the Line side on local station and remote station. A chain of more than one Multiplex-section in line- or ring configuration is possible;



Error free.




13 hours



Issue 4.0


4.2.4 Bit Error Test on Line Side (12h, STM-1 trib)


This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Bit error measurement of line side (12hours, measured via STM-1trib)

4.2.4.2 Test Setup:

1. Connect SDH/PDH Analyzer with hiT7035 STM1 port on Local station;

2. Loop STM1 port with external fiber on remote station.



SDH/PDH Analyzer


1. Create a VC4 level cross-connection from an appropriate STM-1 port to the Line side on local station and remote station. A chain of more than one Multiplex-section in line- or ring configuration is possible;




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Error free.




13 hours

4.2.5 Bit Error Test on Line Side (12h, STM-1E trib)


This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Bit error measurement of line side (12hours, measured via STM-1E trib)

4.2.5.2 Test Setup:

1. Connect SDH/PDH Analyzer with hiT7035 STM1E port on Local station;

2. Loop STM1E port with external cable on remote station.



Issue 4.0




SDH/PDH Analyzer


1. Create a VC4 level cross-connection from an appropriate STM-1E port to the Line side on local station and remote station. A chain of more than one Multiplex-section in line- or ring configuration is possible;



Error free.




13 hours



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This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Bit error measurement of line side (12hours, measured via STM-4 trib)

4.2.6.2 Test Setup:

1. Connect SDH/PDH Analyzer with hiT7035 STM4 port on Local station;

2. Loop STM4 port with external fiber on remote station.



SDH/PDH Analyzer





Issue 4.0




Error free.




13 hours



This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Bit error measurement of line side (12hours, measured via STM-16 trib)

4.2.7.2 Test Setup:

1. Connect SDH/PDH Analyzer with hiT7035 STM-16 port on Local station;

2. Loop STM-16 port with external fiber on remote station, if necessary add a 10dB attenuator when loop the STM-16 port.



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SDH/PDH Analyzer





Error free.




13 hours



Issue 4.0


4.2.8 Packet Loss Test on Ethernet Card (12h, 8xFE/T)


This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Packet Loss measurement of line side (12hours, measured via 8xFE/T)

4.2.8.2 Test Setup:

Connect Data Analyzer port1 and port2 with hiT 7035 8xFE/T card FE port1 and port2 on Local station.



Data Analyzer


1. Create two VC12-46v cross-connection from an appropriate 8xFE/T card to the Line side on local station and remote station;

2. Confirm the traffic can transfer along FE1(local)STM-N port1(local)STM-N port1(remote)FE1(Remote) FE2(Remote) STM-N port1(remote) STM-N port1(local) FE2(local).



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3. Do a packet loss measurement on the Data analyzers and perform a packet loss measurement with 90MBit/s signal during 12h (Packet length is 64Byte).


No Packet Loss




13 hours

4.2.9 Packet Loss Test on Ethernet Card (12h, 8xFE/L2)


This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Packet Loss measurement of line side (12hours, measured via 8xFE/L2)

4.2.9.2 Test Setup:

Connect Data Analyzer port1 and port2 with hiT 7035 8xFE/L2 card FE port1 and port2 on Local station.



Issue 4.0




Data Analyzer


1. Configure 8FE/L2 cards work on DoubleTag mode.

2. Configure LAN1 and LAN2 work on detag mode.

3. Configure WAN1 and WAN2 work on detag mode.

4. Configure both LAN1 and WAN1 with the same PVID such as 11, and both LAN1 and WAN1 are in the same VLAN list such as 11.

5. Configure both LAN2 and WAN2 with the same PVID such as 22, and both LAN2 and WAN2 are in the same VLAN list such as 22.

6. Create two VC12-46v cross-connection from WAN1 to CC_LC1 and WAN2 to CC_LC2 on local station and remote station;

7. Confirm the traffic can transfer along FE1(local)CC_LC1 port(local) CC_LC1 port(remote)FE1(Remote) FE2(Remote) CC_LC2 port(remote) CC_LC1 port(local) FE2(local).




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No Packet Loss




13 hours

4.2.10 Packet Loss Test on Ethernet Card (12h, 1xGE/T Card)


This test gives the steps required to measure the line between two terminal NE’s. The following item will be tested: Packet Loss measurement of line side (12hours, measured via 1GE/T)

4.2.10.2 Test Setup:

1. Connect Data Analyzer with hiT 7035 GE card GE port on Local station.

2. Use fiber to loop the GE port on remote station. If necessary.



Issue 4.0




Data Analyzer


1. Create a VC4-4v cross-connection from an appropriate 1xGE/T card to the Line side on local station and remote station;

2. Confirm the traffic can transfer along GE(local)STM-N port1(local)STM-N port1(remote)GE(local)loopback.



No Packet Loss




13 hours



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Abbreviations

Abbreviations

ACO Alarm Cut Off

Bw7R Style 7R

CD-ROM Compact Disc Read Only Memory

DB Data Base

DC Direct Current

DCC Data Communication Channel

EGB Elektrostatisch Gefährdete Bauteile

EMC Electromagnetic Compatibility

EN European Standard

EOW Engineering Order Wire

ESD Electrostatic Sensitive Device

ETS European Telecommunication Standard

ETSI European Telecommunications Standards Institute

F Standardized interface for connection of a local terminal

FAULT Fault Alarm LED

FO Fiber Optic

GMT Greenwich Mean Time

GND Ground

GUI Graphical User Interface

GUIMN Graphical User Interface Manual

HS Handset

HW Hardware

IEC International Electrotechnical Commission

LCAS Link Capacity Adjustment Scheme

LCT Local Craft Terminal

LED Light Emitting Diode

LWL Lichtwellenleiter (optical fiber)

MSP Multiplex Section Protection

NCT Network Craft Terminal

NUBAT Negative Power Supply Voltage

OK Service LED

OSN Optical Service Node



Issue 4.0

Abbreviations

PDF Portable Document Format

PE Protective Earth (Ground)

PPP Point to Point Protocol

PUBAT Positive Power Supply Voltage

RAM Random Access Memory

Rx Received signal

SDI Serial Debug Interface

SEC SDH Equipment Clock

SELV Separate Extra-Low Voltage

SFP Small Form Factor Pluggable (Module)

SNCP Sub-Network Connection Protection

SW Software

T3 Clock input

T4 Clock output

TIF Telemetry Interface

TNMS Telecommunication Network Management System

Tx Transmitted signal

UMN User Manual

VCDB Variable Configuration Data Block



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surpass hit7035 r4.2 acceptance test manual

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